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What does mass scale mean?
Mass scale refers to the large quantity or extensive scope of something, typically in reference to production, distribution, or impact. This term is often used to describe processes or phenomena that involve significant volume, size, or reach.
What is the technology used in the large scale production of seedling in the Caribbean?
What technology used in the large scale production of seedling in Antigua
Explain why models are used in the study of nuclear physics?
to explain the complex features of simple phenomena
What is a smaller version of an object used for study?
scale model
Is the word large scale hyphenated in English?
No, the word "large scale" is typically not hyphenated when used as an adjective. However, it may be hyphenated when modifying a noun, such as "large-scale project."
What are large scale maps used for?
large scale maps are used to show detailed information about a small area for such things as residential planning, hiking, and military purposes.
What are the branches of meteorology?
The branches of meteorology include synoptic meteorology (study of large-scale weather patterns), climatology (study of long-term weather patterns), atmospheric science (study of the Earth's atmosphere), and meteorological instrumentation (study of tools used to measure atmospheric conditions).
Why is hydrogen not used on a large scale?
That depends. What are you proposing to use it for?
Why are microorganisms used to make products on a large scale?
they aren't
Which temperature scale is used in the scientific study of gases and very cold temperatures?
The Kelvin scale is used in the scientific study of gases and very cold temperatures. It is an absolute temperature scale where 0 K is considered absolute zero, the point at which all molecular motion ceases.
Is gold used in electricity?
Gold is a great conductor but to expensive to be used on a large scale
How are gamma rays used in astronomy to study high-energy phenomena in the universe?
Gamma rays are used in astronomy to study high-energy phenomena in the universe because they are the most energetic form of electromagnetic radiation. By detecting and analyzing gamma rays, scientists can learn about extreme events such as supernovae, black holes, and gamma-ray bursts, providing valuable insights into the nature and behavior of these phenomena.
